如果每个地址引用一个存储字节，那么一个16位物理地址将允许处理器寻址64KB内存。
If each address references a byte of storage, a 16-bit physical address would allow a processor to address 64kb of memory.
它装有256兆字节的只读存储器和512兆字节的随机存取存储器。
每个这些字符都有一个显示字节，以及多个字节的内部存储。
These characters each have a single byte of display and multiple bytes of internal storage.
如果可以选择的话，请使用标准库函数来进行字节交换操作，并按照字节在数据文件中存储的顺序进行标准化；网络字节顺序最适合这种工作。
If you have the option, use standard library functions to do byte-swapping operations, and standardize on the order in which bytes are stored in your data files; network byte order is the best.
简单的项属性可以是基元数据类型，例如整数或字符串，或者是称为内容的特殊数据类型，这种数据类型用于存储诸如文件字节等批量数据。
Simple properties of items can be primitive data types, such as integers and strings, or a special data type called content, which is used to store bulk data such as the bytes of a file.
将得到的值存储到文件尾部的一个额外字节中。
Store the resulting value in one extra byte at the end of the file.
上升到八个字节就应该存储这些可能值。
Up to eight bytes would be needed to store the possible values.
传统的文件系统由匹配后端存储(512字节)的静态大小的块组成。
Traditional file systems are made up of statically sized blocks that match the back-end storage (512 bytes).
存储和传递一千字节数据的成本现在便宜到可以忽略不计，这种事情真的在发生。
The cost of storing or transmitting a kilobyte of data really is now too cheap to meter.
例如，两太字节的驱动器会导致六太字节的存储。
For example, two terabyte drives would result in about six terabytes of storage.
正如上面介绍的一样，有一些广为认可的标准为多字节存储和可移植性提供了一些便利；然而，现在还没有为输入和显示制定标准。
As mentioned above, ratified standards provide for multi-byte character storage and portability; as yet, though, there are no standards for input or rendering.
如果您不指定一个值，那么您将看到键在值中存储零字节数据。
If you don't specify a value, you will see the key with zero bytes of data are stored in the value.
pte链的每一个条目使用4个字节来存储指向页表条目的指针，用另外4个字节来存储指向链的下一个条目的指针。
Each entry in the PTE chain USES 4 bytes to store a pointer to the page-table entry and an additional 4 bytes to store the pointer to the next entry on the chain.
如今在用最大的存储阵列大约15拍字节。
The largest arrays available today are about 15 petabytes in size.
这个上下文可以存储的数据大小的限制是 512字节。
There is a 512 bytes limit on the size of data this context can hold.
同时也有可能在一个单元存储多个字节，比如闪存芯片。
There is also the possibility of storing multiple bits per cell, such as in flash memory chips.
对当前技术的保守推断表明，每个书本大小的可移动硬盘(或者等价的非易失性内存芯片)能存储大约60兆字节。
Conservative extrapolation of current technology suggests that match-book size removable hard disks (or the equivalent nonvolatile memory chips) will store about 60 megabytes each.
在现代计算机的传输和存储过程中，那些Unicode字符必须按字节存储，通过解析器进行解码。
For transmission and storage in modern computers, those Unicode characters must be stored as bytes and decoded by the parser.
但是我们准备为每一个对象创建一个节点，并将字节数组存储到该节点的slot中。
But we're going to create a node for each object and store the byte arrays in the slots of that node.
排列的方式通常和类型的大小保持一致；例如，int类型的一个变量的长度是4字节，因此要将它存储在4字节区域。
The alignment is always the same as the type size; that is, a variable of type int is four bytes long and will be stored at a 4-byte boundary.
在IntelIA32 P 4中，数据被存储在每条线路32字节的高速缓存线路中。
In the Intel IA32 P4, data is stored in cache lines of 32 bytes each.
blobspace用来存储文本和字节数据。
只需花费很少费用，您就可以在Amazon上托管和存储数十亿字节任何类型的数据。
For just pennies, you can store and have Amazon host gigabytes of any type of data you want.
这里我的确需要告诉计算机，“给我一些字节内存，来存储一个值，那个值将是，浮点型的数值。”
Here I actually need to tell the computer, "Give me some bytes in ram in which to store a value, and that value's going to be a floating point value."
Endianness是指多字节字在内存中的存储顺序。
Endianness refers to the order in which the bytes of a multi-byte word are stored in memory.
如果激活值压缩，则null值的存储只需3个字节。
NULL values are stored with only three bytes, if value compression is active. You can expect space savings especially for numeric values.
这就是说，在x86系统上，最低位字节(最小值)首先存储在ll的第一个字节中；在PowerArchitecture系统上，它们则存储到最后。
That is to say, on the x86 system, the least-significant byte (the smallest values) are stored in the first byte of ll; on the Power Architecture system, they're stored in the last.
以最小的存储增长处理千兆字节的文件。
Big -endian是将高位字节存储在内存的低地址中，将低位字节存储在内存的高地址中。
Big-endian means that the most significant byte is stored at the lowest memory address and the least significant byte is stored at the highest memory address.
Big -endian是将高位字节存储在内存的低地址中，将低位字节存储在内存的高地址中。
Big-endian means that the most significant byte is stored at the lowest memory address and the least significant byte is stored at the highest memory address.
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